Dienstag, 31. Mai 2016

OT Beschreibung:
"This new tutorial I created is about the rendering in CINEMA 4D.

Yes, I know, almost all of us use at least one external rendering engine, but CINEMA 4D offers many really great rendering technologies. However beyond that, we’re always on the lookout out for more advanced techniques that provide much more realistic looking pictures. It´s the main reason why so many external rendering engines exist.

Just take this list, it´s full of interesting solutions such as: Arnold, VRay, Octane, Corona, Thea, Indigo, Furryball, Iray, etc."

Open Shader Language (OpenSL) support: Through OpenSL, content creators have the ability to build their own materials, procedural textures, and shaders, taking advantage of what is quickly becoming an industry standard while maintaining the exceptional performance OctaneRender is known for.

OpenCL support: OctaneRender 3 will support the broadest range of processors possible using OpenCL to run on Intel CPUs with support for out-of-core geometry, OpenCL FPGAs and ASICs, and AMD GPUs.

Deep pixel rendering: OctaneRender 3 adds deep pixel rendering support, as well as live connecting of DCC and compositing apps through Octane plug-ins for Pixologic’s Zbrush and The Foundry’s NUKE. OctaneRender 3 will also ship with a built in plugin for Adobe Photoshop that will properly handle multi-layer EXR files and support live deep pixel layer composting within Photoshop. Artists can open, create, and save ORBX media files introduced in OctaneRender 3, including planar and volumetric light fields, directly within Adobe Photoshop.

Split render passes, advanced per object reflection controls: OctaneRender 3 allows artists to split render passes into raw lighting and albedo passes, and adds fine-grained reflection, shadow and illumination casting controls per object or layer. These elements can also be built into the export, whether it is a light field, VR scene, or a movie file.